Abstract: A laser machine (1), in particular for drilling, cutting, welding or engraving, comprising at least one laser light source (3,4,5) for generating a laser beam (9) and an optical system (6) to guide and/or manipulate the laser beam (9), whereby the optical system (6) comprises at least one tool (23), in particular an optical lens (24) or a nozzle, which is attached to an interchangeable tool holder (12). It is provided that a guiding system (16) for the tool holder (12) is configured such that the tool holder (12) can only be slid sideways into or out of a tool bay (10) provided by the laser machine (1), the guiding system (16) comprising an operable locking system (37) for restraining the movement of the tool holder (12) in the tool bay (10).

Abstract: A laser machine tool for the machining of workpieces by laser ablation comprising a moveable dual laser head (4). The laser machine tool has a dual laser head (4) intended for the emission of laser beams, whereby the laser head (4) incorporates in its housing two or more laser sources (8), each laser source emitting a different type of laser beams and whereby the two or more laser sources (8) incorporated in the laser head (4) cannot operate simultaneously for the machining of the workpiece.

Abstract: A machine for machining workpieces by a laser beam. The optical fiber terminates at an optical output head (27) that defines the optical axis of the laser light beam, which vaporizes the material. The optical output head (27) is rigidly attached to the frame (49) or to the casing of the laser head so that said optical output head remains integrally fastened to said frame or casing during the rotation of the laser head about the horizontal pivot axis (B). The polluted gases generated in the machining area by the evaporation of material are collected by a suction nozzle (37) which is driven with the laser machining head during its rotation about the horizontal axis (B). A stream of clean dry gas is injected into the machining area by an injection nozzle (35) which is also driven with the laser machining head (8) during its rotation about the horizontal axis (B).

Abstract: A laser machine (1), in particular for drilling, cutting, welding or engraving, comprising at least one laser light source (3,4,5) for generating a laser beam (9) and an optical system (6) to guide and/or manipulate the laser beam (9), whereby the optical system (6) comprises at least one tool (23), in particular an optical lens (24) or a nozzle, which is attached to an interchangeable tool holder (12). It is provided that a guiding system (16) for the tool holder (12) is configured such that the tool holder (12) can only be slid sideways into or out of a tool bay (10) provided by the laser machine (1), the guiding system (16) comprising an operable locking system (37) for restraining the movement of the tool holder (12) in the tool bay (10).

Abstract: A laser machine tool for the machining of workpieces by laser ablation comprising a moveable dual laser head (4). The laser machine tool has a dual laser head (4) intended for the emission of laser beams, whereby the laser head (4) incorporates in its housing two or more laser sources (8), each laser source emitting a different type of laser beams and whereby the two or more laser sources (8) incorporated in the laser head (4) cannot operate simultaneously for the machining of the workpiece.

Abstract: A machine for machining workpieces by a laser beam. The optical fibre terminates at an optical output head (27) that defines the optical axis of the laser light beam, which vaporizes the material. The optical output head (27) is rigidly attached to the frame (49) or to the casing of the laser head so that said optical output head remains integrally fastened to said frame or casing during the rotation of the laser head about the horizontal pivot axis (B). The polluted gases generated in the machining area by the evaporation of material are collected by a suction nozzle (37) which is driven with the laser machining head during its rotation about the horizontal axis (B). A stream of clean dry gas is injected into the machining area by an injection nozzle (35) which is also driven with the laser machining head (8) during its rotation about the horizontal axis (B).